Preliminary results from experimental testing also demonstrate that the probe is capable of detecting the effect of the surface interaction forces within 150 nm of the physical surface, suggesting that the probe is capable of operating in a non-contact mode.
However, as depicted at least between ICU-like and sophisticated categories, such bench testing also demonstrates that several cheaper devices do perform at least equally to more sophisticated and expensive ones.
The results of mechanical testing also demonstrate that 80/20 (w/w) MaSp1/MaSp2 films treated in 80/20 (v/v) MeOH/water yield the highest stress with a lower stretch ratio.
A bacterial test also demonstrated that the nitrided layer exhibited excellent antibacterial properties.
The tests also demonstrated that the system could detect even subtle specificity differences of two isoforms of an enzyme.
Contrast tests also demonstrated that the compound PBR-1 and PBR-2 in fermentation supernatant of puffball was active particularly against T. rubrum.
The experimental tests also demonstrated that a controlled oxygen supply promotes the production of volatile compounds responsible for a balanced oil, avoiding the excessive oxidation of the oil.
The test also demonstrated that the flow field performance could be enhanced by increasing the oxidant gas flow rate and cell operating pressure.
Small-scale subjective quality test also demonstrated that human eyes have better visual perception to the stabilized videos by the proposed DVS system than the original videos in all cases.
This test also demonstrated that P1R oligos of up to 25 mer in length are optimal for efficient PCR reaction and a high gene fusion ratio.
